M631 Real-Resistance RTD Simulator
Resistance decade box designed for RTD and other resistance-based sensors' simulation. 0.01°C accuracy and 0.001°C resolution.
- Real resistors switched by relays
- Custom temperature scales
- No residual resistance
- 0.01°C accuracy
- Six different languages
M631 is programmable real-resistance decade with parameters designed specifically for RTD sensors' simulation
and testing of RTD evaluation units like temperature regulators, transducers, etc. The core function is
still resistance so you can as well calibrate ohmmeters and other resistance based meters easily. M631
is made of some of the most stable (and expensive) foil resistors available, resulting in 1 ppm/°C temperature
coefficient, 0.01°C accuracy and 0.001°C resolution. Floating output terminals of M6xx decades allow for
AC measurements as well, see datasheet for typical frequency responses.
Languages: English, German, Spanish, French, Russian, Czech
M6xx series was made to make resistance calibration as easy as it gets. Large LCD shows all related parameters including total accuracy. And there is no residual resistance or hidden absolute error so you don't have to calculate it by yourself, accuracy you see is what you get. And that's not the only thing that firmware sorts out for you. Would you like the resistance shown in temperature units? Distance? Force? RTD and user function will do this for you. Complete recalibration? Ten minutes and off you go.
All decades' functions can be remotely controlled via RS232, USB, LAN or GPIB interface. This way you can introduce calibration/test stage directly into production line of any resistance based sensor and reduce time required for final quality tests dramatically.
16 Ω - 400 kΩ
max dissipation power 0.25 W
± 20 ppm / year
|Temperature||RTD ± 0.01°C / year, resolution 0.001°C|